Roots: Growing Up in San Francisco
Growing up in San Francisco, I discovered a passion for technology early on. At the age of ten, you would find me repurposing older desktop machines for multi-purpose tasks. Driven by curiosity and multiplayer gaming, I hosted local game servers, configured router settings and port forwarding to allow friends access over the network, mounted virtual ISO images, built custom desktop PCs, modded game engines, and participated in peer-to-peer networks.
My formal introduction to computer programming came in a class where I first learned C++. That early exposure instilled a lifelong appreciation for how systems execute under the hood, how networks communicate packet by packet, and how software interacts directly with operating systems.
Background in Computer Science & Mathematics
I have a strong background in Computer Science and Mathematics. Studying data structures, algorithms, discrete mathematics, object-oriented design, relational database modeling, and low-level systems programming fundamentally shaped how I analyze complex technical problems.
Viewing computing through mathematical logic and algorithmic efficiency allows me to design deterministic, robust, and scalable solutions. Whether evaluating shortest-path graph optimization algorithms like Dijkstra's, calculating topological min-cuts, or parsing structured schemas, I thrive on problems that demand precision and analytical clarity.
Systems & Defensive Cybersecurity Operations
In the systems and security domain, I focus on defensive SecOps, vulnerability remediation, threat telemetry correlation, and infrastructure automation. I maintain a dedicated homelab running a Proxmox VE cluster and Suricata IDS/IPS to inspect packet traffic, evaluate security alerts, identify telemetry trend outliers, and simulate enterprise SIEM log ingestion.
As a participant in the US Cyber Challenge Camp, I completed hands-on Capture the Flag (CTF) challenges covering operating system forensics, mobile artifact analysis, and offensive security methodologies.
Technical Garden & Knowledge Sharing
I believe in continuous learning, open documentation, and systems discipline. I document my ongoing research, lab deployments, and security investigations on my public Rover digital garden, powered by Obsidian and Quartz v5.